Classifications

• • A—HUMAN NECESSITIES
  • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
  • A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
  • A61H7/00—Devices for suction-kneading massage; Devices for massaging the skin by rubbing or brushing not otherwise provided for

Definitions

• the present invention relates to a Korean manual technique for bleeding blood, and more specifically, to balance the autonomic nervous system, a nerve that extends from the brain stem (brain stem) and the spinal cord and is widely distributed throughout the body.
• a nerve that extends from the brain stem (brain stem) and the spinal cord and is widely distributed throughout the body.
• the hand-held spiraling motion (rolling up, Fig. 3) is gently and gently rubbed by hand, stroking and rolling up to stimulate the smooth muscles in the vessel wall of the body by contracting and relaxing.
• the contraction of blood vessels expands and the tissue fluids of the whole body are capillaries and capillaries Pipe ( Figure 4) Given the great help to promote systemic absorption in the blood and lymph circulation.
• the tissue fluid absorbed through the capillary vessels in the body around the distributed capillaries throughout the body is purged from the lymph nodes according to the lymph circulation and re-introduced into the veins. Phagocytosis in the immune system. It is related to the provision of Korean manual techniques for blood clots that help to clear the blood by taking the bacteria and removing them.
• the autonomic nervous system (Fig. 5-®, ®, ⁇ , 6) is a nerve that extends from the brain stem (brain stem) and spinal cord to the endocrine glands and smooth muscles of the peripheral nerves to every corner of the body, namely the inner layer of the heart, blood vessels, stomach and intestines. It regulates digestion, circulation, and respiratory activity autonomously. Depending on the function, it consists of sympathetic and parasympathetic nerves and is the nerve that controls the contraction and expansion of blood vessels. Vascular contraction or vasodilation changes in the inner diameter of blood vessels, there are smooth muscles in the vessel wall, and sympathetic nerves promote the tension of the smooth muscles in the vessel wall and constrict the blood vessels, which is called vasoconstrictor nerves.
• vascular dilatation nerve It is called vascular dilatation nerve because it expands the tube.
• Sympathetic nerves begin at thoracic vertebrae 1 to 12 and lumbar vertebrae 1 and 2
• parasympathetic nerves begin at cerebral nerves 3, 7, 9, 10 and sacral nerves 2, 3 and 4, and are widely distributed throughout the body. It extends to the peripheral nerves of organs.
• the right cervical limbic, clavicle-limbic limbal and bronchial mediastinal limbic are joined together to make a short bony of about lcm, which becomes the limbic bony and enters the place where the right jugular vein and the subclavian vein meet.
• Fig. 6-1 The left, right lymphbone and Janglymph bones are joined by Yumijo, and through the chest tube (left lymphbone), the left hard lymph bone, clavicle lower lymph bone and bronchial mediastinal lymph bone are joined together. It enters where the jugular vein and the subclavian vein meet.
• Lymphatic circulation is understood as the secondary circulation of the vascular system, especially the venous system.
• the continuous lymphatic and lymphatic circulation by rubbing, stroking, and maltinger by the constant lymphatic system circulation makes the phagocytosis of the immune system clear, and the blood flows back into the veins, absorbed by the kidneys, to bladder. Through urine, various wastes of the human body are excreted in vitro.
• the parasympathetic nervous system is activated, and at the same time, the frequent activity of the sympathetic nervous system is suppressed, thereby promoting the balance of the sympathetic and parasympathetic nerves, increasing the homeostasis of the autonomic nervous system, and consequently positively affecting the body's stress reduction.
• Smooth muscle in the walls of blood vessels in the blood vessels of the blood vessels contracts, relaxes and promotes blood and lymph circulation.
• the present invention is invented to solve the problems as described above, slowly and smoothly by the operation of rubbing and stroking and rolling up the peripheral nerves of organs that autonomously regulate digestion, circulation, and respiratory activity of the autonomic nervous system.
• Stimulation by rubbing and stroking and rolling up pushes the smooth muscles in the vessel wall of the human body to contract and relax, which expands the contraction of blood vessels and helps the tissue fluids of the whole body to be absorbed into capillaries and capillaries.
• parasympathetic nerves 3, 7, 9, 10 and sacral nerves 2, 3, and 4 as a means of promoting the lymph circulation, and the motion of rubbing and stroking, extending out of the brain stem (brain stem) and sacrum.
• Nerves slowly and gently move by rubbing, stroking and rolling. Stimulation by rubbing and stroking, rolling, and pushing to reduce the tension of the smooth muscles of the parasympathetic nerves further dilates the blood vessels, further expanding the blood vessels, and the sympathetic thoracic spines 1-12 and lumbar spines 1, 2 rub the left and right sides of the spine. Peripheral nerves that extend out of the thoracic and lumbar spinal cord with the action of tile and stroking are rubbing, stroking, rolling and slowing down. The tension in the blood vessels is reduced and the contraction of blood vessels is expanded, thereby promoting the balance of the sympathetic and parasympathetic nerves, and increasing the autonomic nervous system homeostasis. To promote.
• the present invention provides a sedative effect on the sympathetic nervous system by appropriately stimulating the autonomic nervous system, the smooth muscle in the blood vessel walls of the human body contracts, relaxes the effect of the expansion of the blood vessels are contracted and the peripheral nerve of the skin is calmed
• the balance of the autonomic nervous system increases the tension and elasticity of connective tissue, increases elasticity, and stimulates pain control areas in the spinal cord, which can reduce pain. Lactic acid produced by excessive muscle movement is absorbed through the lymph vessels, causing strained muscles.
• Figure 5 ®, ⁇ , ® is a detailed view of the autonomic nervous system.
• FIG. 6 is a detailed view of the range of left and right vein angles.
• 9 is an autonomic nerve position around the outside of the wrist.
• 10 is an autonomic nerve position around the inside of the wrist.
• 11 is an autonomic nerve position around the thoracic and lumbar spine.
• 13 is an autonomic nerve position around the back of the leg.
• 14 is an autonomic nerve position view around the outside of the leg.
• 15 is an autonomic nerve positional view around the front of the leg.
• 16 is an autonomic nerve position around the instep.
• 17 is an autonomic nerve positional view of the inner periphery of the leg.
• 19 is a front autonomic nerve position of the upper body.
• 20 is a detailed view of lymph nodes around the neck.
• the left side of the thoracic spine 1 spines 9cm from the bottom (Fig. 8—5), the thoracic spine 2 4.5cm from the bottom of the spine (Fig. 8 ⁇ 6), the thoracic spine 3 4.5cm from the bottom of the spine (Fig. 8-7), 4.5cm from the lower corner of the thoracic spine 4 spines (Fig. 8-8), 9cm from the lower corner of the thoracic spine 5 Fig. (Fig. 8-9), 9cm from the lower corner of thoracic spine 6 9 cm from the lower corner of the spine, thoracic vertebrae 7 Fig. Trim
• thoracic spine 1 spines 9 cm from bottom corner (Fig. 8-5), thoracic spine 2 spines 4.5cm from bottom corner (Fig. 8 ⁇ 6), thoracic spine 3 spines below corner 4.5cm (Fig. 8-7), 4.5cm from the lower corner of the thoracic spine 4 spines (Fig. 8-8), 9cm from the lower corner of the thoracic spine spines (Fig. 8-9), 9cm from the lower corner of the thoracic spine 6 9 cm from the lower edge of the spine (Fig. 8-v), thoracic spine, scrub and stroking the scapula around the spine (Fig. 8-®) slowly from top to bottom and up slowly from top to bottom.
• the left pelvic area is 4.5cm from the dorsal midline at the height of the first sacrum bone hole ( Figure 12-3) ⁇ 4.5cm from the dorsal midline at the height of the second sacrum bone hole ( Figure 12-4) , 9cm side of the sacrum bone (Fig. 12-5), hip side (Fig. 12-6), in the middle of the pit fold (Fig. 12-7), rub gently by hand gently in order Tile and stroke.
• the right pelvic area is 4.5cm from the dorsal midline at the height of the crab 1 owl bone hole (Fig. 12-3), 4.5cm from the dorsal midline at the height of the second owl bone hole (Fig. 12-4) , 9 cm from the squid cuff at the fourth owl bone hole height side (Fig. 12-5), the hip side (Fig. 12-6), in the middle of the pit fold (Fig. 12-7), rub gently by hand slowly and gently Tile and stroke.
• the lower thigh of the left lower back is inward to the inguinal lymph node, using both cream and oil mixed with geranium or peppermint in both hands, slowly rubbing, stroking and rolling with both hands.
• the upper trunk between the 1st and 2nd bones on the left is located near the torso and bottom of the two bones (Fig. 16-3), behind the tibia, 15CM above the top of the inner astragalus (Fig. 17-4), It connects behind the tibia and is 21CM above the top of the inner ankle (Fig. 17-3), the highest point of the foot (Fig. 16-1), and 24CM below the outer knee. 4), 3CM below the middle of the leg to the point of 24CM below the outer knee (Fig. 15-5), with the knee slightly bent, approximately 3CM at the anterior edge of the tibia to 9CM below the anterior shin muscle Place (Fig.
• the upper trunk between the first and second toe bones on the right is where the torso and the floor of the two bones are close (Fig. 16-3), which is behind the tibia and 15CM above the top of the inner astragalus (Fig. 17-4), Connected behind the tibia, 21CM above the top of the median ankle (Fig. 17-3), the highest point of the foot (Fig. 16-1), 24CM below the outer knee, and one middle finger wide from the middle of the leg (Fig. 15— 4), 3CM below the middle of the leg to the point of 24CM below the outer knee (Fig. 15-5), slightly bent at the knee to approximately 3CM at the anterior corner of the tibia to 9CM below the anterior shin near Place (Fig. 16-3), which is behind the tibia and 15CM above the top of the inner astragalus (Fig. 17-4), Connected behind the tibia, 21CM above the top of the median ankle (Fig. 17-3), the highest point of the foot (Fig. 16-1), 24CM below the outer knee
• FIG. 14-1 Foot Inner First Foot Bone Head First Foot Bone Head and Transition of Torso Red Boundary between Red and White Skin (Fig. 17- ⁇ ), First Foot Bone Torso Depressed Red Skin and White Skin Boundary between (Fig. 17-®), 9CM often clearly touched dent from the highest level of the inner astragalus at the posterior tibia (Fig. 17-5), articular ridges and tibial torso in the medial tibial articular ridges Joint point between backbone and heel crest below 1.5CM in the front of the shin bone (Fig. 14-1) ⁇ Foot Inner First Foot Bone Head First Foot Bone Head and Transition of Torso Red Boundary between Red and White Skin (Fig. 17- ⁇ ), First Foot Bone Torso Depressed Red Skin and White Skin Boundary between (Fig. 17-®), 9CM often clearly touched dent from the highest level of the inner astragalus at the posterior tibia (Fig. 17-5), articular ridges and tibi
• 18CM is the space between the first ribs slightly inside the lower corner of the 3CM in the clavicle (Fig. 19-1), and the space between the fourth ribs of the nipple height on the apical line (Fig. 19-2).
• the front part of the ear on the left side (Fig. 20-1) is followed by the metastasis, subsurface glandular lymph node, parotid lymph node, ear gap lymph node, followed by Fig. 20—2) is a laryngeal lymph node, a mammary lymph node, a sterile mammary lymphoid lymph node, an outer circumferential neck lymph node, an ectopic lymph node, in order from the side of the nose to the chin (Fig. 20-3)
• the posterior neck area (Fig.
• the area (Fig. 20-6) is the permanent bone lymph node, the thyroid lymph node, the whole neck neck lymph node, and the lower neck part (Fig. 20-7) is the total pedicle neck lymph node, the shoulder blade lymph node, the clavicle lymph node, the clavicle lower lymph node, Stroking and stroking slowly and gently to the left cervical lymph node in order of the cervical lymph node, the transverse cervical lymph node, the hypertrophic lymph node, and the left.
• Fig. 20-1 the area in front of the ear on the right side (Fig. 20-1) is followed by metastasis, subsurface gland lymph node, parotid lymph node, ear gap lymph node, 20-2) is the laryngeal lymph node, mammary lymph node, thoracic mammary lymphoid lymph node, outer circumferential neck lymph node, ectopic abdominal lymph node, in order from the side of the nose to the lower jaw (Fig. 20-3), facial lymph node, mandible and mandibular lymph node, , In order, the back neck (Fig.
• Fig. 20-4) is the lateral deep cervical lymph node, intervening lymph node, and the middle neck part (Fig. 20-5) is the upper lateral lateral cervical lymph node.
• Osteolymph node, upper thyroid lymph node, total cervical cervical lymph node, and the lower neck part (Fig. 20-7) are the total stiff neck lymph nodes, the shoulder blade lymph nodes, the supraclavicular lymph nodes, the clavicle lymph nodes, the lower cervical lymph nodes, the transverse lymph nodes Axial lymph node, right in order Towards the program bongan be an patting gently and slowly rub tiles by hand.

Landscapes

• Health & Medical Sciences (AREA)
• Dermatology (AREA)
• Epidemiology (AREA)
• Pain & Pain Management (AREA)
• Physical Education & Sports Medicine (AREA)
• Rehabilitation Therapy (AREA)
• Life Sciences & Earth Sciences (AREA)
• Animal Behavior & Ethology (AREA)
• General Health & Medical Sciences (AREA)
• Public Health (AREA)
• Veterinary Medicine (AREA)
• Orthopedics, Nursing, And Contraception (AREA)
• Medicines Containing Material From Animals Or Micro-Organisms (AREA)

Applications Claiming Priority (2)

Publications (1)

Family

ID=55264735

Family Applications (1)

Country Status (2)

Families Citing this family (2)

• 2014
  • 2014-08-07 KR KR1020140101625A patent/KR20160017932A/ko not_active Application Discontinuation
• 2015
  • 2015-08-05 WO PCT/KR2015/008172 patent/WO2016021928A2/fr active Application Filing

Also Published As

Similar Documents

Legal Events